Viega ProPress System - Amazon S3...Call 1-800-976-9819 for your local District Manager and wholesale location. Viega Metal Systems: The complete system This guide is designed to provide

Viega ProPress SystemInstallation Manual

The g loba l leaderin p lumbing, heat ing

and p ipe jo in ing systems

An international company with a national commitmentFor 110 years, Viega has been a trusted name in the piping and tubing system manufacturing business. We research, develop and produce complete system solutions for contractors in the plumbing, industrial, shipbuilding, radiant heating and snow melting installation business. Each of our systems is developed in-house and tested under stringent quality control conditions to guarantee safe and efficient operation. Through innovative techniques and sophisticated technologies Viega has become the worldwide industry leader.

Today, Viega products extend worldwide. Our network of sales experts and wholesale distributors can meet your needs. The products we deliver are of the finest quality, offered at a competitive price. Our goal is to remain in the forefront of the plumbing industry.

Call 1-800-976-9819 for your local District Manager and wholesale location.

Viega Metal Systems:The complete systemThis guide is designed to provide you with installation guidelines for Viega MetallicSystems including:

ProPress® Copper and Bronze fittings

ProPress® Stainless pipe and fittings

Seapress Copper-Nickel-Iron fittings

Sanpress INOX Stainless Metric pipe and fittings

ProfiPress Copper metric fittings

System function and safety can only be guaranteed as a complete system if Viega components are used exclusively. Safety and precision systems are of the upmost importance to Viega and its distributors.

Viega produces over 1 million fittings a day and manufactures over 12,000 products in our headquarters in Attendorn and at our other manufacturing facilities in Lennestadt-Elspe, Attendorn-Ennest and Grossheringen, Germany and McPherson, Kansas, USA.

For current revisions, see Viega’s website at www.viega.com

Welcome By choosing a Viega System, you have joined the ranks of professional installers across the country that believe there is no substitute for quality. Viega has a history of bringing high quality and innovative technology to the world.

Our engineers research and develop complete systems that provide you the most effective and easy-to-use products available. Viega Systems are a fast and reliable way to install various piping systems. They provide added benefit without flames while making connections in seconds, keeping projects on time and within budget.

Viega Systems also incorporate the Smart Connect® feature. This patented feature ensures the leakage of liquids and/or gases past the sealing element of unpressed fittings during pressure testing. The Smart Connect feature is removed during the pressing process creating a leak-free permanent mechanical joint connection.

Viega IM-MTL 1110724607

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CONTENTS

1 System Description 1.1 Viega Metal Systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 1.2 Special Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 2 Seals and Gaskets 2.1 EPDM Sealing Element . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 2.2 FKM Sealing Element . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 2.3 HNBR Sealing Element . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 2.4 Viega Flange Gasket . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6

3 SC Feature 3.1 Viega SC Feature . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 3.2 Testing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

4 Press Tools 4.1 Tools . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8 4.2 Pressing Tools . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

5 General Installation Instructions 5.1 Minimum Distance Between Fittings . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9 5.2 Pressing In Tight Quarters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9 5.3 Minimimum Space Requirements for the Press Fitting Process in Front of and Behind from Components . . . . . . . . . . . . . . . . 9 5.4 Transition Connections . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12 5.5 Pipe Supports . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12 5.6 Minimum Space Requirements for the 2-1/2" – 4" Press Fittings Upstream and Downstream from Components . . . . . . . 12

6 Areas of Applications 6.1 Commercial and Residential. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13 6.2 Industrial and Plant Operations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13 6.3 Shipbuilding. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13 6.4 Fire Sprinkler Systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13 6.5 Fuel Gas Systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13 6.6 Underground Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

7 ProPress Copper Fittings 1/2" – 4" 7.1 Tube Selection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14 7.2 Handling Instructions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14 7.3 ProPress to Existing Brazed Fitting . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14 7.4 ProPress to Existing Solder Fitting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14 7.5 Soldering or Brazing Near an Existing ProPress Fitting . . . . . . . . . . . . 14 7.6 Welding Adjacent to ProPress Fittings . . . . . . . . . . . . . . . . . . . . . . . . . 14 7.7 Rotating a Pressed Fitting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14 7.8 Codes and Approvals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15 7.9 ProPress 1/2" – 2" Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15 7.10 ProPress XL® Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16 7.11 ProPress XL-C Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

8 ProPress Stainless Pipe and Fittings 1/2" – 4" 8.1 Viega Press Systems Pipes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18 8.2 Handling Instructions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18 8.3 Welding Near ProPress Stainless Fittings . . . . . . . . . . . . . . . . . . . . . . . 18 8.4 Rotating a Pressed Fitting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18 8.5 Codes and Approvals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18 8.6 ProPress Stainless 1/2" – 4" Installation . . . . . . . . . . . . . . . . . . . . . . . . 19 8.7 ProPress Stainless 2-1/2" – 4" Installation . . . . . . . . . . . . . . . . . . . . . . 19

9 ProfiPress (Metric Copper) 12 mm – 108 mm 9.1 Tube Selection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21 9.2 Handling Instructions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21 9.3 Soldering Near ProfiPress Fittings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21 9.4 Rotating a Pressed Fitting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21 9.5 Codes and Approvals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21 9.6 ProfiPress 15 mm – 54 mm Installation . . . . . . . . . . . . . . . . . . . . . . . . . 21 9.7 ProfiPress 76 mm – 108 mm Installation . . . . . . . . . . . . . . . . . . . . . . . . 22

10 Seapress (Metric Cu-Ni-Fe) Fittings 15 mm – 108 mm 10.1 Tube Selection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24 10.2 Handling Instructions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24 10.3 Welding Near Seapress Fittings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24 10.4 Rotating a Pressed Fitting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24 10.5 Codes and Approvals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24 10.6 Seapress 15 mm – 54 mm Installation . . . . . . . . . . . . . . . . . . . . . . . . . 24 10.7 Seapress 76 mm – 108 mm Installation . . . . . . . . . . . . . . . . . . . . . . . . 25

11 Sanpress INOX (Stainless Metric) Pipe and Fittings 15 mm – 108 mm 11.1 Viega Press Systems Pipe . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27 11.2 Handling Instructions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27 11.3 Welding Near Sanpress INOX Fittings . . . . . . . . . . . . . . . . . . . . . . . . . 27 11.4 Rotating a Pressed Fitting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27 11.5 Codes and Approvals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27 11.6 Sanpress INOX 15 mm – 54 mm Installation . . . . . . . . . . . . . . . . . . . . 27 11.7 Sanpress INOX 76 mm – 108 mm Installation . . . . . . . . . . . . . . . . . . . 28

12 ProPressG 12.1 Welcome . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30 12.2 Intent . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30 12.3 History . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30

13 System Description 13.1 System Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31 13.2 Applications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31 13.3 Product Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31 13.4 Advantages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31 13.5 Approvals and Certifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31

14 ProPressG Applications 14.1 Fuel Gas Systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32 14.2 Natural Gas/LP Gas Systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32 14.3 Mixed Gases . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32 14.4 Fuel Oil Systems . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32

15 Product Description 15.1 Fittings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33 15.2 HNBR Sealing Element . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33 15.3 Copper Tubing. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33 15.4 Pressing Process Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34 15.5 Press Connections . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35 15.6 The Connection Process . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35 15.7 Approvals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36

16 Installation Requirements 16.1 Clearance Requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46 16.2 Protection of Tubing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46 16.3 Appliance Stub Out . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47 16.4 Tubing Hangers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47 16.5 Cutting Tubing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48 16.6 Threaded Adapter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48 16.7 Pressure Testing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48 16.8 Tubing Exposed to Freezing Temperatures . . . . . . . . . . . . . . . . . . . . . 48 16.9 Concealed Spaces . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48 16.10 Underground Installations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48 16.11 Identification . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48 16.12 Installation Instructions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50

17 System Design and Sizing 17.1 System Design . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 51 17.2 System Sizing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52


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1. SYSTEM DESCRIPTION

1.1 Viega Metal Systems

General

Viega Metal Systems is the state-of- the-art press fitting system that provides an economical and reliable installation of metal tubing for the commercial, industrial and marine markets.

The Systems

Our products are the result of decades of experience in manufacturing fittings. Viega Metal Systems are offered in the following configurations:

ProPress: Copper and Zero Lead Bronze Alloy fittings in inch copper tube size (CTS) with Smart Connect® feature.

ProPressG: Copper and Copper Alloy fittings for use with fuel gas in inch copper tube size (CTS) with the Smart Connect feature.

ProPress Stainless: 304 and 316 Stainless steel pipe and fittings in inch tube size with Smart Connect feature.

Seapress: Copper Nickel (CuNiFe) fittings in metric sizes.

Sanpress INOX: 316 stainless steel pipe and fittings in metric sizes with the Smart Connect feature.

ProfiPress: Copper and Copper Alloy fittings in metric sizes with the Smart Connect feature.

Smart Connect Feature

Viega Metal System fittings have a Smart Connect feature on all products except Seapress. By means of the Smart Connect feature on Viega Metal Systems fittings, an unpressed connection can be recognized by escaping water, or by a drop in pressure, when testing the system.

Fitting connections without the Smart Connect feature may not leak initially; however, later they can unseat during system operations. When the fitting is pressed, the Smart Connect feature is reformed and a permanent, sealed, non-detachable, mechanical connection is created.

Other systems without the Smart Connect feature may not leak initially; however, later they can unseat in future system operations. The Smart Connect feature is designed to protect from the potential risk of unpressed fittings.

Press fittings require no soldering or welding, and thus no fire hazard, which is particularly important in restoration or retrofit work. The press fittings are installed with the system pressing tools (a battery powered or corded pressing tool).

Grip Ring

Viega 2-1/2" - 4" fittings feature an EPDM sealing element, stainless steel grip ring and PBT separator ring as shown in Figure 1.1 (ProPress XL Bronze fittings do not require a PBT separator ring).

The grip ring comes standard in all fitting 2-1/2" – 4" and 76mm – 108mm. The grip ring is a stainless steel ring with teeth, which grips the tube or pipe and ensures that the fitting is locked securely to the tubing.

The PBT (Polybutylene Terephthalate) separator ring ensures that the sealing element and grip ring perform at a maximum capacity by providing a positive physical separation.

Appropriate clamping jaws and actuator rings are available for various dimensions. The constant compression always produces a positive, non-detachable, mechanical joint which ensures a permanent connection.

1.2 Special Features

ProPress Copper and Copper Alloy fittings contain 0% lead in accordance with California AB 1953, Vermont Act 193 and NSF 61 Annex G. Fast and easy; one squeeze of the trigger makesthe connection on any size tube or pipe in four to seven seconds.

Flameless

No flame is required to make the connection. This eliminates noxious fumes, the need for a hot work permit and a fire watch.

Versatility

Viega Metal Systems can be used virtually anywhere – in industrial, marine, commercial and residential applications, for both new installations and retrofit work.

Permanent Watertight Seal

The system provides a strong, reliable, watertight seal. The high strength connection, installed properly, will last for the life of the system.

Wide Capacity

Viega Metal Systems are designed to handle tube and pipe systems, ranging in sizes from 1/2" to 4" in (15 mm – 108 mm) diameter. You can easily switch from one size to another simply by changing the jaws or rings of the press tool.Sealing

ElementStainles Steel

Grip Ring

PBTSeparator

Ring

Feature 1.1


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World’s Largest Selection of Fittings

There are more than 3,000 differentengineered fittings available in a variety of materials, configurations and sizes.

Professional Appearance

Because there is no buildup of joining material, exposed threads, or tarnish, Viega Metal System connections have a clean, professional look.

Less Equipment

With Viega Metal Systems there is no need to buy or carry expensive cumbersome equipment. Welding tanks and threading machines are a thing of the past.


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2. SEALS AND GASKETS

2.1 EPDM Sealing Element

Operating temperature: 0°F to 250°F (-18°C to 120°C)

Viega Metal Systems press fittings are manufactured with a high-quality EPDM sealing element installed at the factory. This sealing element is used mainly in the applications of potable water, hydronic heating, fire sprinkler and compressed air installations. EPDM, or ethylene-propylene dienemonomer, is shiny black in color. The EPDM sealing element is a synthetically manufactured and peroxidically cross-linked general purpose elastomer with a wide range of applications.

It possesses excellent resistance to aging, ozone, sunlight, weathering, environmental influences, alkalis and most alkaline solutions and chemicals used in a broad range of applications.

The EPDM sealing element has particularly good resistance to hot water, making it ideal for seals and gaskets in heating systems, fittings and household appliances (e.g. washing machines, pumps, dishwashers).

2.2 FKM Sealing Element

Operating temperature: 0°F to 284°F (-18°C to 140°C)

FKM is well known for its excellent resistance to petroleum products and solvents as well as excellent high temperature performance. The FKM sealing element is a specialty purpose elastomer typically installed where higher temperatures and pressures are required.

FKM, or Fluoroelastomer, is dull black in color. It possesses excellent resistance to aging, ozone, sunlight, weathering, environmental influences, oils and petroleum-based additives. Its excellent resistance to high temperatures and petroleum based additives makes it

ideal for seals and gaskets in solar, district heating, low-pressure steam and compressed air system fittings. In solar applications it is resistant to heat spikes up to 356°F.

2.3 HNBR Sealing Element

This sealing element is used mainly for applications of natural gas, propane, mixed and manufactured fuel gases in the vapor state (not in the liquid state). It is commonly used in fuel oil heating systems. HNBR, or Hydrogenated Nitrile Butadiene Rubber, is yellow in color for easy identification.

Ambient Operating temperature:-40°F to 180°F (-40°C to 82°C)

HNBR is widely known for its physical strength and retention of propertiesafter long-term exposure to heat, oiland chemicals.

The unique properties attributed to HNBR have resulted in wide adoption of HNBR in automotive, industrial and assorted high performance applications (i.e. Engine seals, grommets, gaskets; Fuel system seals and hoses; Transmission system bonded piston seals; Oil field packers and rotary shaft seals).

With its excellent performance for the most demanding of applications, HNBR is the ideal choice for applications needing excellent physical properties, as well as oil, heat and/or chemical resistance.

All sealing elements are inserted into the fitting, using an H1 Grade lubricant registered with NSF, the USDA and approved for use under FDA 21 CER.

For specific applicatons, please contact your local Viega District Manager or contact Viega at 1-877-843-4262.

2.4 Viega Flange Gasket

Viega Flange gaskets are an asbestos-free gasket material composed of aramide fibers, inorganic fillers and other asbestos substitutes that are resistant to high temperatures.

These fibers and fillers are firmly bonded to high-grade elastomers under elevated pressure and temperature. The gaskets do not contain any color pigments. The material exhibits high tensile strength, as well as shearing resistance. Other characteristic properties of the material are excellent temperature resistance, stress resistance under high operating pressure and ease of handling.

The gasket material has a nonstick top and bottom layer with a low coefficient of friction. This aids in dismantling. Additional surface treatment is not needed in most cases.


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3. SMART CONNECT FEATURE

3.1 Viega Smart ConnectFeature

In ProPress 1/2" to 4" dimensions, the Smart Connect® feature (Fig. 3.1) assures leakage of liquids and/or gases from inside the system past the sealing element of an UNPRESSED connection. The function of this feature is to provide the installer quick and easy identificaiton of connections that have not been pressed prior to putting the system into operation (Fig. 3.3).

When the fitting is pressed, the Smart Connect feature is reformed and thus loses its effect (Fig. 3.2). A permanent;,sealed, non-detachable, mechanical connection is created.

Press systems without the Smart Connect feature may not leak initially; however, later they can unseat in future system operations. The Smart Connect Feature is designed to protect from this potential risk.

3.2 Testing

All system testing shall be carried out in accordance to the local code or body having jurisdiction. Connections may be tested to a maximum of 600 psi. All pipe or tube system testing shall be pressurized to the maximum pressure and length of time required by the code or standard having jurisdiction.

The Smart Connect feature is a quick and easy way for installers to identify connections that need pressing. Testing for leaks using the Smart Connect feature is not a replacement for testing to the requirements of local codes or standards.

Water Testing the Smart Connect Feature:

When testing the system with water, a pressure range of 15 psi – 85 psi maximum is to be used. This test is in addition to that required by the project specification or local code. If an unpressed fitting is found, check to make sure fitting is fully inserted before completing the press.

Air Testing the Smart Connect Feature:

When testing the system with air, a pressure range of 1/2 psi – 85 psi maximum is to be used. This test is in addition to that required by the project specification or local code. If an unpressed fitting is found, check to make sure fitting is fully inserted before completing the press.

Figure 3.1: The Smart Connect feature of Viega press fittings is color marked on the bead

Figure 3.2: Section of a press fitting in unpressed (A) and pressed (B) condition

3 ProPress connections are fast, flameless, and reliable.

Figure 3.3

1Identify an unpressed connection during pressure testing when

water flows past the sealing element.

2 Upon identification, the ProPress tool is used to press the

fitting, making a permanent leak-proof connection.


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4. PRESS TOOLS

RP 330-B1/2"- 4" (15 mm - 108 mm)

RP 330-C1/2"- 4" (15 mm - 108 mm)

V2 Actuator for 320 E Pressing Tools2-1/2"- 4" (76 mm - 108 mm)

210 - B Battery Pressing Tool Kit1/2" - 1-1/4" (15mm - 35mm)

R2 Actuator for 320 E Pressing Tools2-1/2"- 4" (76 mm - 108 mm)

4.1 Tools

Viega recommends RIDGID® press tools, ProPress jaws and ring sets manufactured and sold by RIDGID®

Tool Company for Viega Systems.

4.2 Pressing Tools

The following RIDGID® pressing tools are available for the Viega pressing systems:

- 210B Battery Powered Press Tool

- RP330 Battery Powered Press Tool

- RP330 Corded ProPress Press Tool

RIDGID® is a registered trademark of the Ridge Tool Company


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For installations where the minimum distance is 0, it is particularly important to ensure the correct insertion depth of the tubing into each fitting.

5.2 Pressing in Tight Quarters

The minimum distance between piping,or the piping and the wall/ceiling construction, must be taken into consideration in the planning phase for a problem-free work process. The following figures illustrate the clearance requirements for the jaws and fittings and the procedure for pressing fittings in tight quarters.

5. GENERAL INSTALLATION INSTRUCTIONS

5.1 Minimum Distance Between Fittings

To prevent distortion of the pipe, fittings require a minimum distance between fittings (refer to chart below). Failure to provide this distance may result in an improper seal.

Note: ProPress systems include XL (Bronze) and XL-C (Copper) fittings. All other systems denote XL fittings as the same material as the piping (i.e., Sanpress Inox XL fittings are stainless steel; Seapress XL fittings are copper nickel). XL and XL-C sizes are 2-1/2" – 4".

minimumdistance

a

b

TubeDiameter

a minimum b minimum

inch mm inch mm

1/2" 3/4 19 2 50

3/4" 7/8 22 2-3/8 60

1" 7/8 22 2-3/4 70

1-1/4" 1-1/8 29 3-3/8 85

1-1/2" 1-3/4 45 4 100

2" 2 50 4-1/2 115

a

c

b

Minimum distance requirements for press jaws between pipes and wall/floor structure.

TubeDiameter

aminimum

bminimum

cminimum

inch mm inch mm inch mm

1/2" 7/8 23 1-3/8 35 2-1/2 64

3/4" 1 26 1-1/2 38 2-1/2 64

1" 1-1/8 29 1-3/4 45 3 76

1-1/4" 1-1/4 32 2-1/4 57 3-1/8 80

1-1/2" 1-7/8 48 2-1/2 64 3-3/4 95

2" 2-1/8" 54 3-1/8 80 5 127

Figure 5.1

Minimum distance between two Viega ProPress® press connections

1/2" to 2"

TubingDiameter

Minimum Distance

(mm)

Minimum Distance

(in)1/2" 0 03/4" 0 01" 0 0

1-1/4" 10 7/161-1/2" 15 5/8

2" 20 3/4

Minimum distance between two Viega ProPress® XL-C

copper press connections2-1/2" to 4"

TubingDiameter

Minimum Distance

(mm)

Minimum Distance

(in)2-1/2" 15 5/8

3" 15 5/84" 15 5/8

Minimum distance between two Viega ProPress XL®

press connections2-1/2" to 4"

TubingDiameter

Minimum Distance

(mm)

Minimum Distance

(in)

2-1/2" 0 0

3" 0 0

4" 0 0

5.3 Minimal Space Requirements for the Press Fitting Process in Front of and Behind from Components

Ensure that the space required for Viega system pressing tools is available if press fittings will be executed immediately upstream and downstream from ceiling penetrations.


10

Procedure for the laying the XL-C Press Ring around the XL-C press fitting with minimum space requirements.

b

a

b

c

a

b

b

a

b

c

a

b

TubingDiameter

ainches(mm)

binches(mm)

2-1/2"4-1/8(105)

6(152)

3"4-3/8(111)

7(178)

4"5

(127)8

(203)

TubingDiameter

ainches(mm)

binches(mm)

cinches(mm)

2-1/2"4-1/8 (105)

6(152)

4-1/2 (114)

3"4-3/8 (111)

7(178)

4-7/8 (124)

4"5

(127)8

(203)5-3/4 (146)

V2 Actuator V2 Actuator

V2 Pressing in Tight Quarters

3

Wrap the actuator ring around the press �tting with the opening facing away from you.

Close the actuator right around the �tting.

Rotate the actuator ring until the press jaw receptacle is facing towards you.

Properly insert press jaws and begin the press �tting procedure.

1 2

4


11

Procedure for the laying the XL Press Ring around the XL press fitting with minimum space requirements.

b

a

b

c

a

b

b

a

b

c

a

b

TubingDiameter

ainches(mm)

binches(mm)

2-1/2"3-1/2(90)

5-1/2(140)

3"3-7/8(96)

6-1/2(165)

4"4-1/2(113)

6-7/8(175)

TubingDiameter

ainches(mm)

binches(mm)

cinches(mm)

2-1/2"3-1/2(90)

5-1/2 (140)

3-1/4(80)

3"3-7/8(96)

6-1/2 (165)

3-1/2(90)

4"4-1/2 (113)

6-7/8 (175)

4-1/8 (103)

R2 Actuator R2 Actuator

R2 Pressing in Tight Quarters

3

Wrap the actuator ring around the press �tting with the opening facing away from you.

Close the actuator right around the �tting.

Rotate the actuator ring until the press jaw receptacle is facing towards you.

Properly insert press jaws and begin the press �tting procedure.

1 2

4


12

5.4 Transition Connections

Threaded Connections

The Viega Metal Systems 1/2" – 4" can be joined with off-the-shelf threaded fittings (thread in accordance with DIN 2999) or armatures made of non-ferrous metals.

In this regard:

j The threaded connection is made first.

k The press fitting is made.

This process avoids unnecessary torsion.

Flange Connections

When using Viega flanges, bolt the flange end in place prior to pressing the fitting to the tubing.

5.5 Pipe Supports

Pipe supports perform two functions. The first function is to provide support for the piping system.

The second function is to guide the pipe or tube during thermal expansion and contraction. Industry standard practices and guidelines shall be used for piping layout and support. Viega press connections require no special consideration for support.

5.6 Minimum Space Requirements for the 2-1/2"- 4" Press Fittings Upstream and Downstream from Components

If 2-1/2" – 4" press fittings will be installed immediately upstream and downstream from ceiling penetrations, then ensure that the space required for Viega system pressing tools is available. Minimum distance requirements for the respective Viega system pressing tools are listed in 5.2 and 5.3.

Pipe Size

Minimum distance

requirement a

330-B 330-C

2-1/2" – 4" 2"

(50 mm)2"

(50 mm)

Table 5.2: Distance requirements for pressing tools for XL press fittings upstream and downstream from wall/ceiling penetrations

amin


13

6. AREAS OF APPLICATION

6.1 Commercial and Residential

The ProPress System is approved for applications in the commercial and residential market. The ProPress system is approved for potable water applications. "Zero Lead" identifies Viega products meeting the lead free requirements of California and Vermont law, effective January 1, 2010, as tested and listed against NSF- 61, Annex G. For additional applications please refer to the approved application chart or consult your local Viega District Manager.

6.2 Industrial and Plant Operations

The Viega Metal Systems are also suitable for use in the area of industrial and plant processes. Primary areas of application are utility piping systems. The Viega Metal Systems in 2-1/2" – 4" (76 mm – 108 mm) are also employed in industrial applications in which connectors consisting of substances which will not interfere with paint and lacquer application processes are required. Your local Viega District Manager should be consulted regarding the use of Viega Metal Systems in areas not covered by Viega literature.

6.3 Shipbuilding

Viega Metal Systems are approved for shipbuilding by the following certifying bodies:• Lloyd’s Register• Germanischer Lloyd• Det Norske Veritas• Registro Italiano• Navale• Bureau Veritas• American Bureau of Shipping• United States Coast Guard

6.4 Fire Sprinkler Systems

Viega Press fittings (XL only) can be installed in NFPA 13, 13R and 13D fire sprinkler systems. They are certified for use in “wet" and “dry" fire sprinkler piping in accordance with UL certifications.• VIZM.EX6157 (Sprinkler Pipe Fittings)

Fittings, Rubber-Gasketed

• VIZM7.EX6157 (Piping, Sprinkler Systems Certified for Canada) Fittings, Rubber Gasketed Certified for Canada

6.5 Fuel Gas Systems

Viega Metal System fittings with HNBR sealing element are suitable for applicatons that include:

• Natural Gas

• Liquid Propane Gas

• Mixed Fuel Gases (vapor state only)

• Manufactured Fuel Gases

• Butane

• Fuel Oil Heating Systems

• Carbon Dioxide CO2 (dry)

• Vacuum 29.2" Mercury

• Diesel Fuel

• Motor Oil

ProPress XL-C

Sanpress

Seapress

6.6 Underground Installation

Viega fittings can be used in underground applications unless otherwise specified. However, any installation must meet all state and local codes, including those for underground applications. Proper authorization must be obtained prior to installation from the local authority having jurisdiction. If you have any questions or if we can be of any further assistance, please contact your local Viega District Manager.


14

• Wrapping the connection with a cold wet rag

• Fabricating solder connections prior to installing the pressed fitting making sure the tube has cooled before installing the fitting

• Applying “spray type" spot freezing

It is particularly important to ensure the tubing inserted into the ProPress fitting as well as the ProPress fitting are notexposed to excessive heat.

7.6 Welding Adjacent to ProPress Fittings

When welding adjacent to a ProPress connection, the installer must remain 4" away from the connection to prevent damage to the sealing element. The installer should take precautions to keep the ProPress connection cool while welding, these include:


• Protecting the connection with a weld blanket

• Fabricating weld connections prior to installing the pressed fitting making sure the tube has cooled before installing the fitting

• Consistently applying “spray type" spot freezing

7.7 Rotating a Pressed Fitting

Once a ProPress fitting has been pressed it can be rotated (not by hand), but once rotated more than 5 degrees, the fitting must be re-pressed to restore the resistance to rotational movement.

7. PROPRESS COPPER FITTINGS 1/2"- 4"

7.1 Tube Selection

Viega ProPress copper and bronze fittings are compatible with 1/2" – 1-1/4" soft copper tube and 1/2" – 4" hard copper tubing type K, L, and M copper tubing. All copper tubing that is to be used with the ProPress copper and bronze fittings must comply with ASTM B88 standards.

7.2 Handling Instructions

ProPress components shall be free from dirt, debris, or items that may interfere with the sealing element and the press connection.

ProPress sealing elements, separator rings and grip rings are to be visually inspected prior to installation to ensure the seal is intact and properly located within the fitting.

7.3 ProPress to Existing Brazed Fitting

Minimum clearance requirement when pressing connections near an existing brazed connection is 2 pipe diameters.

7.4 ProPress to Existing Solder Fitting

To ensure proper sealing of both the soldered and press connections, a minimum spacing between connections must be maintained.

Note: ensure there is no residual solder or other foreign debris on the tubing to be inserted into the press fitting.

7.5 Soldering or Brazing Near an Existing ProPress Fitting

When soldering or brazing near a ProPress connection, the installer must remain at least three tube diameters away from the connection to prevent damage to the sealing element.

To ensure proper sealing of the soldered/brazed joint and the press connection a minimum distance between connections must be maintained.

The installer should take precautions to keep the ProPress connection cool. These include:

Tube Dia. Minimum distance inch1/2" 1/43/4" 1/41" 7/16

1-1/4" 7/161-1/2" 5/8

2" 3/42-1/2" 1/4

3" 1/44" 1/4

Tube Dia. Minimum distance inch1/2" 1-1/23/4" 2-1/41" 3

1-1/4" 3-3/41-1/2" 4-1/2

2" 62-1/2" 7-1/2

3" 94" 12

Minimum Distance

Like Figure 5.1Page 9


15

7.8 Codes and Approvals

NSF International Annex G

IAPMO

UL

ICC

ABS (American Bureau of Shipping)

CSA International

FM

Compliant with:

• ICC International Plumbing Code• UPC Uniform Plumbing Code• PHCC National standard plumbing

code• Florida Building Code, Volume II

Plumbing Code• NFPA 13,13D and 13R

7.9 Zero Lead* ProPress 1/2" – 2" Installation

Read and understand all instructions for installing ProPress fittings. Failure to

follow all instructions may result in extensive property damage, serious injury, or death.

Note: Tubing shall be free of surface imperffections.

1. Cut copper tubing at right angles (using displacement type cutter or fine-toothed steel saw).

2. Debur tubing on inside and outside to prevent cutting fitting seal.

3. Check seal for correct fit. Do not use oils or lubricants. Use only ProPress shiny black EPDM or dull black FKM sealing elements.

4. While turning slightly, slide press fitting onto tubing to the fitting stop. End of tubing must contact stop.

5. Mark insertion depth.

6. Insert the appropriate jaw into the pressing tool and push in holding pin until it locks into place.

7. Open the jaw and place at right angles on the fitting. Visually check insertion depth using mark on tubing.

8. Start pressing process and hold the trigger until the jaw has engaged

the fitting.

9. After pressing, the jaw can be opened again.

10. For applications requiring ProPress with FKM sealing elements, remove the factory installed EPDM sealing element and replace with FKM sealing element.

* "Zero Lead" identifies Viega products meeting the lead free requirements of California and Vermont law, effective January 1, 2010, as tested and listed against NSF- 61, Annex G

ProPress Insertion Depth Chart

TubeSize

1/2" 3/4" 1" 1-1/4" 1-1/2" 2"

Insertion Depth

3/4" 7/8" 7/8" 1" 1-7/16" 1-9/16"


16

5. Check seal and grip ring for correct fit.

6. While turning slightly, slide press fitting onto tubing to the marked depth. Do not use oils or lubricants.

7. ProPress XL fitting connections must be performed with ProPress XL Rings and R2 Actuator. Use of other ring set or actuator will result in an improper connection. See RIDGID® Operator’s Manual for proper

tool instructions.

8. Open XL Ring and place at right angle on the fitting. XL Ring must be engaged on the fitting bead. Check insertion depth.

7.10 ProPress XL® Installation

Read, understand and follow all instructions for installing ProPress XL fittings. Failure to follow all instructions may result

in extensive property damage, serious injury or death.

Note: Tubing shall be free of surface imperfections.

1. Cut copper tubing at right angles using displacement type cutter or fine-toothed steel saw.

2. Keep end of tubing a minimum of 4" away from the contact area of the vise to prevent possible damage to the tubing in the press area.

3. Remove bur from inside and outside of tubing to prevent cutting

sealing element.

4. Mark proper insertion depth as indicated by the ProPress XL insertion depth chart. Improper insertion depth may result in an improper seal.

ProPress XL Insertion Depth Chart

Tube Size 2-1/2" 3" 4"

Insertion Depth 2-1/8" 2-1/8" 2-1/2"

9. With Actuator inserted into the tool, open the Actuator as shown.

10. Place Actuator onto XL Ring and start pressing process. Hold the trigger until the Actuator has engaged the XL Ring. Keep extremities and foreign objects away from XL Ring and Actuator during pressing operation to prevent injury or incomplete press.

11. Release Actuator from XL Ring and then remove the XL Ring from the fitting on completion of press. Remove tag from fitting, indicating press has been performed.

12. For applications requiring ProPress XL with FKM sealing elements, remove the factory installed EPDM sealing element and replace with FKM sealing element.


17

10. With V2 ACTUATOR inserted into the tool, open the V2 ACTUATOR as shown and connect V2 ACTUATOR to the XL-C Ring.

11. Place V2 ACTUATOR onto XL-C Ring and start pressing process. Hold the trigger until the Actuator has engaged the XL-C Ring. Keep extremities and foreign objects away from XL-C Ring and V2 ACTUATOR during pressing operation to prevent injury or incomplete press.

12. Release V2 ACTUATOR from XL-C Ring and then remove the XL-C Ring from the fitting on completion of press. Remove tag from fitting, indicating press has been performed.

* "Zero Lead" identifies Viega products meeting the lead free requirements of California and Vermont law, effective January 1, 2010, as tested and listed against NSF- 61, Annex G

7.11 Zero Lead* ProPress XL-C

Read, understand and follow all instructions for installing ProPress XL-C fittings. Failure

to follow all instructions may result in extensive property damage, serious injury, or death.





sealing element.

4. Mark proper insertion depth as indicated by the ProPress XL-C insertion depth chart. Improper insertion depth may result in an improper seal.

5. Check seal and grip ring for correct fit. Illustration demonstrates proper fit of grip ring, separation ring and sealing element. Use only ProPress shiny black EPDM sealing elements.


8. ProPress XL-C fitting connections must be performed with ProPress XL-C Rings and V2 ACTUATOR. Use of ProPress XL Rings and/or Actuator (for Bronze fittings) will result in an improper connection. See RIDGID® Operator’s Manual for proper tool instructions.

9. Open XL-C Ring and place at right angles on the fitting. XL-C Ring must be engaged on the fitting bead. Check insertion depth.

ProPress XL-C Insertion Depth Chart

Tube Size 2-1/2" 3" 4"

Insertion Depth 1-5/8" 1-7/8" 2-3/8"


18

8. PROPRESS STAINLESS PIPE AND FITTINGS 1/2" - 4"

8.1 Viega Press Systems Pipes

Only Viega ProPress Stainless piping is approved for installation with ProPress Stainless. This is to ensure reliability and conformity with the stainless steel system. ProPress Stainless pipe comes in sizes 1/2" – 4".

General

Viega ProPress Stainless pipes are thicker than schedule 5, inert gaswelded pipes, meeting ASTM A312 and DIN 1988.

Delivery Condition

All dimensions of pipe are delivered in sticks that are nominal 20 ft. in length, with a metallic bare exterior and interior surface. The pipes are free from annealing color, corrosion promoting substances and hygienically questionable substances.

All pipes have been tested for leaks. The pipes are subject to continuous monitoring, as well as external monitoring by the material testing office. Viega ProPress Stainless pipes offer these advantages:

• Form-stable

• Prevent fire as no soldering or welding device is required for

installation

• Press fitted in seconds

• Low in linear expansion due to heating.

Identification

Viega ProPress Stainless pipes are marked and labeled with the following information along their entire length:1. System vendor/system name2. Test marks and approval marks3. Material number in accordance with

DIN specifications4. Pipe diameter x wall thickness5. Manufacturing type g = inert gas welded6. Pipe manufacturer abbreviation7. Manufacturing date8. Lot or reel number


ProPress Stainless components shall be free from dirt, debris, scaling, or items that may interfere with the sealing element and the press connection. ProPress Stainless sealing elements are to be visually inspected prior to installation to ensure the seal is intact and properly located within the fitting.

8.3 Welding Near ProPress Stainless Fittings

When welding near a ProPress Stainless connection, the installer must remain at least three feet away from the connection to prevent damage to the sealing element. If three feet is not possible, the installer should take precautions to keep the ProPress Stainless connection cool while welding.

These include:


• Fabricating welded connections prior to installing the pressed fitting making sure the pipe has cooled before installing the fitting


8.4 Rotating a Pressed FittingOnce a ProPress Stainless fitting has been pressed it can be rotated (not by hand), but once rotated more than five degrees, the fitting must be repressed to restore the resistance to rotational movement.

8.5 Codes and ApprovalsNSF-61 Annex GAmerican Bureau of ShippingUnited States Coast GuardLloyd’s RegisterDet Norske Veritas

1 System vendor/system name2 Test marks and approval marks3 Material number in accordance with DIN

6 Pipe manufacturer abbreviation7 Manufacturing date8 Lot or reel number

Identification of ProPress Stainless

4 Pipe width exterior diameter x wall thickness5 Manufacturing type g = inert gas welded


19

8.6 ProPress Stainless 1/2" - 2" Installation

Read, understand and follow all instructions for installing ProPress fittings. Failure to follow all instructions may result

in extensive property damage, serious injury, or death.


1. Cut stainless steel piping at right angles using displacement type cutter or fine-toothed steel saw.

2. Debur piping on inside and outside to prevent cutting fitting seal.


4. While turning slightly, slide press fitting onto piping to the fitting stop. End of tubing must contact stop.



7. Open the jaw and place at right angles on the fitting. Visually check insertion depth using mark on piping.


the fitting.


10. For applications requiring ProPress Stainless with FKM sealing elements, remove the factory installed EPDM sealing element and replace with FKM sealing element.

8.7 ProPress Stainless 2-1/2" – 4" Installation

Read, understand and follow all instructions for installing Propress Stainless fittings. Failure to follow all instructions

may result in extensive property damage, serious injury, or death.


1. Cut stainless steel piping at right angles using displacement type cutter or fine-toothed steel saw.

2. Keep end of piping a minimum of 4" away from the contact area of the vise to prevent possible damage to the piping in the press area.

ProPress Stainless Insertion Depth Chart

TubeSize

1/2" 3/4" 1" 1-1/4" 1-1/2" 2"

Insertion Depth

3/4" 7/8" 7/8" 1" 1-7/16" 1-9/16"


20

3. Remove burr from inside and outside of piping to prevent cutting

sealing element.

4. Mark proper insertion depth as indicated by the ProPress Stainless insertion depth chart. Improper insertion depth may result in an improper seal.


6. While turning slightly, slide press fitting onto piping to the marked depth. Do not use oils or lubricants.

7. Propress Stainless fitting connections must be performed with ProPress XL-C Rings and V2 ACTUATOR.

Use of ProPress XL Rings and/or Actuator (for Bronze fittings) will result in an improper connection. See RIDGID® Operator’s Manual for proper tool instructions.




11. Release V2 ACTUATOR from XL-C Ring and then remove the

XL-C Ring from the fitting on completion of press. Remove tag from fitting, indicating press has been performed.ProPress Stainless Insertion Depth Chart

Tube Size 2- 1/2" 3" 4"

Insertion Depth 1-5/8" 1-7/8" 2-3/8"


21

9. PROFIPRESS (METRIC COPPER) 15 MM – 108 MM

9.1 Tube Selection

Viega ProfiPress copper and bronze fittings are compatible with metric 15 mm through 22 mm soft copper tube and 15 mm through 108 mm hard copper tubing type K, L and M copper tubing.

All copper tubing that is to be used with the ProfiPress copper and bronze fittings must comply with ASTM B88 standards.


ProfiPress components shall be free from dirt, debris, or items that may interfere with the sealing element and the press connection.

ProfiPress sealing elements are to be visually inspected prior to installation to ensure the seal is intact and properly located within the fitting.

9.3 Soldering Near ProfiPress Fittings

When soldering near a ProfiPress connection, the installer must remain at least three tube diameters away from the connection to prevent damage to the sealing element.

If three tube diameters is not possible, the installer should take precautions to keep the ProfiPress connection cool while soldering. These include:


• Fabricating solder connections prior to installing the pressed fitting making sure the tube has cooled before installing the fitting

• Applying “spray type" spot freezing


Once a ProfiPress fitting has been pressed it can be rotated (not by hand), but once rotated more than five degrees, the fitting must be re-pressed to restore the resistance to rotational movement.


American Bureau of ShippingUnited States Coast GuardLloyd’s RegisterDet Norske VeritasNippon Kaiji Kyokai

9.6 ProfiPress 15 mm – 54 mm Installation

Read, understand and follow all instructions for installing ProfiPress fittings. Failure to follow all instructions may result









ProfiPress Insertion Depth Chart

TubeSize(mm)

15 18 22 28 35 42 54

Insertion Depth(mm)

18 22 22 22 22 36 40


22

7. Open the jaw and place at right angles on the fitting. Visually check insertion depth using mark

on tubing.


the fitting.



9.7 ProfiPress 76 mm – 108 mm Installation

Read, understand and follow all instructions for installing ProfiPress XL fittings. Failure to follow all instructions may result


ProfiPress XL Insertion Depth Chart

Tube Size(mm) 76 88 108

Insertion Depth(mm)

50 50 65



3. Remove bur from inside and outside of tubing to prevent cutting sealing element.

4. Mark proper insertion depth as indicated by the ProfiPress XL insertion depth chart. Improper insertion depth may result in an improper seal.



7. ProfiPress XL fitting connections must be performed with ProPress XL-C Rings and V2 ACTUATOR.

Use of ProPress XL Rings and/or Actuator (for Bronze fittings) will

result in an improper connection. See RIDGID® Operator’s Manual for proper tool instructions.



23



11. Release V2 ACTUATOR from XL-C Ring and then remove the XL-C Ring from the fitting on completion of press. Remove tag from fitting, indicating press has been performed.


24

10. SEAPRESS (METRIC Cu-Ni-Fe) FITTINGS 15 MM – 108 MM

10.1 Tube Selection

Viega Seapress fittings are compatible 15mm through 108mm metric seamless drawn tubes consisting of a corrosion resistant copper-nickel wrought alloy material.

All copper-nickel tubing that is to be used with the Seapress copper-nickel fittings must comply with the requirements of DIN 86019.


Seapress components shall be free from dirt, debris, scaling, or items that may interfere with the sealing element and the press connection.

Seapress sealing elements are to be visually inspected prior to installation to ensure the seal is intact and properly located within the fitting.

10.3 Welding Near Seapress Fittings

When welding near a Seapress connection, the installer must remain at least three feet away from the connection to prevent damage to the sealing element.

If three feet is not possible, the installer should take precautions to keep the Seapress connection cool while welding. These include:


• Fabricating welded connections prior to installing the pressed fitting making sure the tube has cooled before installing the fitting


10.4 Rotated a Pressed Fitting

Once a Seapress fitting has been pressed it can be rotated (not by hand), but once rotated more than five degrees, the fitting must be re-pressed to restore the resistance to rotational movement.


Lloyd’s RegisterGermanischer LloydDet Norske VeritasRegistro Italiano NavaleBureau Veritas American Bureau of ShippingUnited States Coast GuardNippon Kaiji Kyokai

10.6 Seapress 15 mm – 54 mm Installation

Read, understand and follow all instructions for installing Seapress fittings. Failure to follow all instructions may result



1. Cut tubing at right angles using displacement type cutter or fine-toothed steel saw.


Seapress Insertion Depth Chart

TubeSize(mm)

15 22 28 35 42 54

Insertion Depth (mm)

18 22 22 25 36 40






25

7. Open the jaw and place at right angles on the fitting. Visually check insertion depth using mark on tubing.


the fitting.



10.7 Seapress 76 mm – 108 mm Installation

Read, understand and follow all instructions for installing Seapress fittings. Failure to follow all instructions may result



1. Cut tubing at right angles using displacement type cutter or fine-toothed steel saw.



sealing element.

4. Mark proper insertion depth as indicated by the Seapress insertion depth chart. Improper insertion depth may result in an improper seal.

Insertion Depth Chart

Tube Size(mm)

76 88 108

Insertion Depth (mm)

50 50 65

5. Check seal and grip ring for correct fit. Use only ProPress shiny black EPDM sealing elements.

6. Illustration demonstrates proper fit of grip ring, separation ring and

sealing element.


8. Seapress fitting connections must be

performed with ProPress XL Rings and V2 ACTUATOR. Use of ProPress XL Rings and/or Actuator (for Bronze fittings) will result in an improper connection. See RIDGID® Operator’s Manual for proper tool instructions.


26

9. Open XL Ring and place at right angles on the fitting. XL Ring must be engaged on the fitting bead. Check insertion depth.

10. With V2 ACTUATOR inserted into the tool, open the V2 ACTUATOR as shown and connect V2 ACTUATOR to the XL Ring.

11. Place V2 ACTUATOR onto XL Ring and start pressing process. Hold the trigger until the Actuator has engaged the XL Ring. Keep extremities and foreign objects away from XLRing and V2 ACTUATOR during pressing operation to prevent injury or incomplete press.

12. Release V2 ACTUATOR from XL Ring and then remove the XL Ring from the fitting on completion of press. Remove tag from fitting, indicating press has been performed.


27

11. SANPRESS INOX (STAINLESS METRIC) PIPE AND FITTINGS 15 MM -108 MM

11.1 Viega Press Systems Pipe

Only Viega Sanpress INOX piping is approved for installation with Sanpress INOX fittings. This is to ensure reliability and conformity with the stainless steel system. Sanpress INOX pipe comes in sizes 15mm through 108mm.

General

Viega Sanpress INOX pipes are schedule 5, inert gas welded pipe, meeting ASTM A776 and DIN 316S.

Delivery Condition

All dimensions of pipe are delivered in sticks that are six meters in length, with a metallic bare exterior and interior surface. The pipes are free from annealing color, corrosion promoting substances and hygienically questionable substances.

All pipes have been tested for leaks. The pipes are subject to continuous monitoring, as well as external monitoring by the material testing office. Viega Press Systems pipes offer these advantages:

• Form-stable

• Prevent fire as no soldering or welding device is required for

installation

• Press fitted in seconds

• Low in linear expansion due to heating

Identification

Viega Press Systems stainless pipes are marked and labeled with the following information along their entire length:

1. System vendor/system name2. Test marks and approval marks3. Material number in accordance with

DIN specifications4. Pipe diameter x wall thickness5. Manufacturing type g = inert gas

welded6. Pipe manufacturer abbreviation7. Manufacturing date8. Lot or reel number

11.2 Handling InstructionsSanpress INOX components shall be free from dirt, debris, scaling, or items that may interfere with the sealing element and the press connection. Sanpress INOX sealing elements are to be visually inspected prior to installation to ensure the seal is intact and properly located within the fitting.

11.3 Welding Near Sanpress INOX Fittings

When welding near a Sanpress INOX connection, the installer must remain at least three feet away from the connection to prevent damage to the sealing element. If three feet is not possible, the installer should take precautions to keep the Sanpress INOX connection cool while welding.These include:


• Fabricating welded connections prior to installing the pressed fitting making sure the pipe has cooled before installing the fitting



Once a Sanpress INOX fitting has been pressed it can be rotated (not by hand), but once rotated more than five degrees, the fitting must be re-pressed to restore the resistance to rotational movement.


American Bureau of ShippingUnited States Coast GuardLloyd’s RegisterDet Norske VeritasNippon Kaiji Kyokai

11.6 Sanpress INOX 15 mm – 54 mm InstallationRead, understand, and follow all instructions for installing ProPress fittings. Failure to follow all instructions may

result in extensive property damage, serious injury, or death.

Note: Tubing shall be free of surfaceimperfections.

1. Cut stainless steel piping at right angles using displacement type cutter or fine-toothed steel saw .

1 System vendor/system name2 Test marks and approval marks3 Material number in accordance with DIN

6 Pipe manufacturer abbreviation7 Manufacturing date8 Lot or reel number

Identification of Sanpress INOX

4 Pipe width exterior diameter x wall thickness5 Manufacturing type g = inert gas welded


28

2. Debur piping on inside and outside to prevent cutting fitting seal.


4. While turning slightly, slide press fitting onto piping to the fitting stop. End of tubing must contact stop.



7. Open the jaw and place at right angles on the fitting. Visually check insertion depth using mark on piping.


the fitting.


10. For applications requiring Sanpress with FKM sealing elements, remove the factory installed EPDM sealing element and replace with FKM sealing element.

11.7 Sanpress INOX 76 mm – 108 mm Installation

Read, understand and follow all instructions for installing Sanpress fittings. Failure to

follow all instructions may result in extensive property damage, serious injury, or death.


1. Cut copper piping at right angles using displacement type cutter or fine-toothed steel saw.

2. Keep end of piping a minimum of 4" away from the contact area of the vise to prevent possible damage to the piping in the press area.

3. Remove bur from inside and outside of piping to prevent cutting

sealing element.

Sanpress INOX Insertion Depth Chart

TubeSize(mm)

15 22 28 35 42 54

Insertion Depth(mm)

18 22 22 25 36 40


29

4. Mark proper insertion depth as indicated by the Sanpress INOX insertion depth chart. Improper insertion depth may result in an improper seal.


6. While turning slightly, slide press fitting onto piping to the marked depth. Do not use oils or lubricants.

7. Sanpres INOX fitting connections must be performed with ProPress XL Rings and V2 ACTUATOR. Use of ProPress XL Rings and/or Actuator (for Bronze fittings) will result in an improper connection. See RIDGID®

Operator’s Manual for proper tool instructions.

8. Open XL Ring and place at right angles on the fitting. XL Ring must be engaged on the fitting bead. Check insertion depth.

9. With V2 ACTUATOR inserted into the tool, open the V2 ACTUATOR as shown and connect V2 ACTUATOR to the XL Ring.

10. Place V2 ACTUATOR onto XL Ring and start pressing process. Hold the trigger until the Actuator has engaged the XL Ring. Keep extremities and foreign objects away from XL Ring and V2 ACTUATOR during pressing operation to prevent injury or incomplete press.

11. Release V2 ACTUATOR from XL Ring and then remove the XL Ring from the fitting on completion of press. Remove elastic control ring from fitting, indicating press has been performed.

Sanpress XL Insertion Depth Chart

TubeSize(mm)

76 88 108

Insertion Depth(mm)

50 50 65


30

12. PROPRESSG™

12.1 Welcome

By choosing to install a CSA LC-4 approved ProPressG System for natural gas, liquid proprane gas, or fuel oil, you have joined the ranks of installing contractors across the country who believe there is no substitute for quality.

Viega has a history of bringing high quality and innovative technology to the contruction marketplace in the United States. As with the companion ProPress System, Viega fittings and RIDGID®

tools make it a ProPressG System. Our engineers research and develop complete systems that provide you, our customers, the most effective and easy-to-use products available.

The ProPressG System is a fast, safe and reliable way to install natural gas, liquid propane and fuel oil systems with type K and L copper tubing. It provides the added benefit without flames or brazing while making connections in seconds, keeping projects on time and within budget.

Using an HNBR sealing element designed to last the life of the tubing, the ProPressG System also incorporates the Smart Connect feature. If a connection is left unpressed, leakage of liquids and/or gases from inside the system past the sealing element is assured during pressure testing. The Smart Connect feature is removed during the pressing process creating a leak-free permanent connection. Built to last – fittings are thicker than type K copper and meet the most rigorous testing standards and codes in the United States and Europe.

In the following pages you will be guided through the installation process of the ProPressG System. You will then understand why this is the fastest and most reliable form of fuel gas installation.

12.2 Intent

This publication is intended to provide information and guidance to design and installation professionals with regards to copper tubing systems using ProPressG fittings for fuel oil, natural gas, liquid propane gas and fuel oil piping systems. States and local jurisdictions throughout the United States have adopted either the National Fuel Gas Code (NFPA 54 for Natural Gas, NFPA 58 for LP Gas), the International Fuel Gas Code, or the Uniform Plumbing Code. Local gas utilities may have additional requirements for use within their jurisdictions. Designers and installers of fuel gas piping systems should check with the building department and local gas utilities to identify the code and/or standard regulating fuel gas piping installations within the jurisdiction.

12.3 History

ProPressG has been used in Europesince 1999 and in the U.S. since2004. (ProPress has been used inEurope since the late 1980s and inthe U.S. since the late 1990s for avariety of applications.) Bothsystems are backed by two plumbingleaders, Viega and the Ridge ToolCompany, with a combinedexcellence of over 175 years.


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13.1 System Description

ProPressG is a copper pressconnection system designed to meetthe demands of natural gas and liquidpropane gas in the vapor state, aswell as fuel oil systems. Pressfittings are manufactured in copper and bronze and fittings with NPT connections are manufactured in bronze. ProPressG fittings use an HNBR sealing element to provide permanent leak-proof connections in dimensions from 1/2" to 2". All fittings have a built-in Smart Connect Feature. ProPressG may be used up to 125 psi and an ambient temperature range of -40°F – 180°F for CSA approved applications. Consult your local Viega sales representative for additional applications and operating parameters.

13.2 Applications

CSA LC-4 Approved Applications

• Natural Gas• Liquid Propane Gas• Mixed Fuel Gases (vapor state only)• Manufactured Fuel Gases• Butane

Other Approved Applications

• Fuel Oil Heating Systems• Carbon Dioxide CO² (dry)• Vacuum 29.2" Mercury• Diesel Fuel• Motor Oil

*Note: All systems must be installedper local code requirements.

13.3 Product Description

Viega ProPressG fittings are currently offered in 120 configurations. Fittings are provided with a factory installed HNBR sealing element, yellow in color. ProPressG fittings must be used with type K or L copper tubing. Hard copper tubing can be used in 1/2" - 2" and soft copper tubing in 1/2" - 1-1/4" diameters. (Note: Local codes generally prohibit the use of type M copper tubing

for use in natural and liquid propane gas piping systems.) All tubing must comply with ASTM B88 standards. ProPressG fittings are approved for installations in above and below ground applications.

Every ProPressG fitting has our patented Smart Connect feature. This feature allows the installer to quickly identify an unpressed connection during pressure testing. A noticeable drop in pressure will occur in testing ranging from 1/2 to 85 psi. All ProPressG systems must be installed per local code requiremnents.

Viega ProPress products carry a50-year warranty against defects inmaterial and workmanship. TheRIDGID lifetime warranty applies totools, jaws and press rings from TheRidge Tool Company.

13.4 Advantages

The advantages of installing copperwith ProPressG fitting for fuel gaspiping systems include:

• Lowest overall installed cost• CSA LC-4 listed & code approved• Proven joining technology• Offers most labor savings• Lowest flexible piping material cost• Installs with soft & hard copper• One tool for gas & water fittings• No special certification required• Semi-rigid tubing material• Lighter than black steel pipe• Technical field support

13.5 Approvals and Certifications

There are three major codes andstandards regulating fuel gas pipingsystems. They include: The NationalFuel Gas Code, also identified asNFPA 54, The ICC International FuelGas Code and The IAPMO UniformPlumbing Code. All three of these codes regulate both natural gas and liquid propane gas piping systems. Type K or L copper tubing is permitted for fuel gas piping systems in National Fuel Gas Code (NFPA 54), the International Fuel Gas Code, or the Uniform Plumbing Code.

When using copper tubing, each coderestricts the amount of hydrogen sulfide permitted in the gas to 0.3 grains of hydrogen sulfide per 100 standard cubic feet of gas (0.7 milligrams per 100 liters). Copper tubing joined by mechanical fittings or by brazed joints is permitted and approved (or listed) for use in fuel gas piping systems. Viega ProPressG fittings have been listed for use in fuelgas piping systems by CSA.

CSA International• CSA LC-4

International Approvals (ProfiPress G):• UPC Chapter 12 Fuel Piping• Deutsch Verein des Gas-und Wasserfaches E.V. (DVGW)• ICC PMG - 1036• Lloyd‘s Register (LLOYD‘S)• Det Norske Veritas (DNV)• Registro Italiano Navale (RINA)• Bureau Veritas (BV)• KIWA• CSA - B149.1-05

Compliant with:• IFGC International Fuel Gas Code• NFPA 54/Z223.1 National Fuel Gas Code• NFPA 58 Liquefied Petroleum Gas Code• UPC Chapter 12 Fuel Piping• ICC PMG - 1036• NFPA 30 Flammable and Combustible Liquids Code• NFPA 30A Code for Motor Fuel Dispensing Facilities and Repair Garages• NFPA 31 Standard for the Installation of Oil-Burning Equipment (supply line only)

13. SYSTEM DESCRIPTION


32

14.1 Fuel Gas Systems

All ProPressG fittings have a factoryinstalled HNBR sealing elementthat can be installed in ambienttemperature ranges from -40°F(-40°C) to 180°F (82°C) and amaximum operating pressure of 125 psi (8.6 bar), making them suitable for many applications. ProPressG fittings are approved for installations in above and below ground applications.

Applications include:

• Natural Gas• Liquid Propane Gas• Mixed Fuel Gases (vapor state only)• Manufactured Fuel Gases• Butane• Fuel Oil Heating Systems• Carbon Dioxide CO² (dry)• Vacuum 29.2" Mercury• Diesel Fuel• Motor Oil

Note: All systems must be installedper local code requirements.

ProPressG is ideal for fuel gasapplications due to its excellentresistance to corrosion, as well as itsease of handling and installation.Copper has provided reliable servicefor several decades and offerseffective solutions to today’stechnological challenges.

Note: Consult the Viega Technicalsupport department before installing the system in other applications orapplications with temperatures and/orpressures outside the stated ratings.

14.2 Natural Gas/LP Gas Systems

Because there are a vast number ofknown natural and liquid propaneapplications and new ones beingdiscovered, it would be impossible tolist them all. Natural gas and liquidpropane gas piping systems arecommonly utilized in residential,commercial and industrial applications. The uses described hereare intended to help depict some ofthe applications for ProPressG.

Residential Applications

Residential uses of natural gas andliquid propane gas include furnaces,boilers, water heaters, gas dryers,fireplaces, kitchen ranges, grills,lighting, as well as many others.

Commercial Applications

Commercial uses of natural gas andliquid propane gas are very similar toresidential uses. The commercialsector includes public and privateenterprises, such as office buildings,schools, churches, hotels, restaurants and government buildings.

The main uses of natural gas and liquid propane gas in this sector include space heating, water heating and cooling. For restaurants and other establishments that require cooking facilities, natural gas and liquid propane gas are popular choices to fulfill these needs.

Industrial Applications

Natural gas and liquid propane gashave a multitude of industrial usesincluding providing the baseingredients for such varied productsas plastic, fertilizer, antifreeze andfabrics. In fact, this industry is thelargest consumer of natural gasaccounting for 43% of natural gasuse across all sectors. Natural gas isthe second most used energy sourcein industry, second to electricity.

14.3 Mixed Gases

Gas mixtures are used for a varietyof applications. Due to the vast arrayof mixed gases, listed below are themost common applications.Compatibility with specific mixturesmust be approved by Viega.

Welding Gases

Various mixtures are used as shieldgases in many gas metal arc weldingmethods. The most common mixtureis argon and carbon dioxide.

Plasma-arc cutting and plasma-arcwelding employ plasma gas (argon and hydrogen) to provide a very high temperature when used with a special torch.

Calibration Gases

Calibration gases comprise thelargest of the two groups. Their mainfunction is to calibrate analyticalequipment. These mixes containreactive components at trace levels.

Process Gas Mixtures

Process gas mixtures are either acomponent of a manufacturingprocess or of a manufacturedproduct. Applications range from leakdetection, to the production of sealedproducts, such as sealed lamps.

14.4 Fuel Oil Systems

There are a variety of uses forProPressG in fuel oil piping systems.Applications include fill and ventlines, storage tanks, feed linesconnecting storage tanks, burners, aswell as many others.

14. PROPRESSG APPLICATIONS


33

15.1 Fittings

Viega ProPressG Fittings arecurrently offered in more than 120 fitting configurations. ProPressG fittings are manufactured in copper and bronze and are available in sizes ranging from 1/2"to 2". Every fitting is provided with a factory installed HNBR sealing element. In addition, all fittings include our patented Smart Connect feature.

Fitting Benefits:• Smart Connect feature• Precise tolerances• Integral stop for insertion depth• Factory installed sealing element

Since ProPressG fittings areavailable in sizes 1/2" – 2", ProPressG can be used in a wide variety of residential and commercial fuel gas piping applications. The tubing and the ProPressG fittings are rated for 125 psi fuel gas pressure. Because of this rating, the material can be used for low pressure, 0.5 psi, to very high pressure, 125 psi.

In commercial construction it is common to have 2 psi gas in a building running to appliances. This reduces the size of the copper tubing required for fuel gaspiping systems.

Each fitting is marked with thefollowing:• Viega• The fitting dimension• CSA logo and max pressure

15.2 HNBR Sealing Element

Every ProPressG fitting includes afactory installed HNBR sealingelement. HNBR stands for Hydrogenated Nitrile ButadieneRubber, which is yellow in color. This sealing element is used mainly for applications of natural gas, propane, mixed and manufactured gases in the vapor state, not in the liquid state. It is also commonly used in fuel oil heating systems.

The operating temperature for HNBR is -40°F to 180°F. It is known for its physical strength and retention of properties after long-term exposure to heat, oil and chemicals. The unique properties attributed to HNBR have resulted in wide adoption of HNBR in automotive, industrial and assorted performance-demanding applications. With its excellent performance for the most demanding of applications, HNBR is the ideal choice for applications needing excellent physical properties, as well as oil, heat and/or chemical resistance.

15. PRODUCT DESCRIPTION

The HNBR sealing element is not suitable for food contact or drinking water applications.

15.3 Copper Tubing

ProPressG fuel gas installations can be made with seamless, corrosion resistant drawn copper tubing. These tubes must comply with the requirements of ASTM B88.

Table 15.3 identifies the different types of copper tube allowable for use in ProPressG fuel gas distribution systems, as well as the identification and availability of each type. Types K and L copper tube (ASTM B 88) have been used in fuel gas systems for many years. Type L is typically used for interior distribution systems and type K for any underground lines.

The dimensions of copper tube used for gas installations are shown in Table 15.3. Tube and fittings in fuel gas systems are usually identified by their outside diameter (O.D.) rather than their nominal sizes.

Table 15.2: ProPressG product line general overview

Elbows Used to change direction 45° and 90°

Threaded AdaptersUsed to connect other piping materials and system components(i.e. meters, valves, etc.)

TeesUsed for branch piping connections

Couplings and reducing couplingsUsed for connecting tubing and reducing tubing diameter


34

Designers and installers should be specific with size designations in their references and when ordering. Copper and copper alloy tube should not be used if the gas contains more than an average of 0.3 grains of hydrogen sulfide per 100 standard cubic feet (scf) of gas (0.7 mg/100 L). Today, federal regulations limit the amount of hydrogen sulfide allowed in natural gas transmission. Theallowable limits are below thosespecified in the model codes andbelow the amounts that would adversly affect copper tubing. Copper tubing can be installed in all areas of construction, includingconcealed spaces.

For underground applications, copper tubing can be installed below ground, as ProPressG and copper tubing is approved for underground installations.

However, any installations must meet all state and local codes, including those for underground. Proper authorization must be obtained prior to underground installation. ProPressG and copper tubing may be installed outside without any additional corrosion protection.

In residential applications, copper tubing with ProPressG fittings can be used to run fuel gas from the meter or source, to furnaces, boilers, gas ranges, water heaters, gas fireplaces, clothes dryers, outdoor barbecues and decorative lighting. Copper tubing is available in long lengths, reducing the number of fittings required.

Copper tubing can be easily installed in wall and floor cavities. When retrofitting an installation in a home, copper tubing using ProPressG fittings is easier, faster and less expensive than installing threaded steel pipe or CSST.

For commercial construction, copper tubing using ProPressG fittings may be installed for gas lines to air handling units, boilers, water heaters and other appliances. For rooftop installations, copper tubing with ProPressG fittings can be installed either on or below the roof. When installed on the roof, the copper tubing does not have to be coated or covered since the material is corrosion resistant.

15.4 Pressing Process Overview

The Smart Connect Feature

The Smart Connect feature is a special indentation in the inside surface of the fitting near the sealing element. This indentation assures identification of leakage of liquids and/or gases from inside the system past the sealing element of an unpressed connection. The indentation is removed during thepressing process creating a leak-proof, permanent connection. This feature provides quick and easy identification of connections that have not been pressed prior to putting the system into operation. Unpressed connections are located by pressurizing the tubing system with a maximum pressure range of

TubeType

ColorCode

StandardTypical

ApplicationNominal or

Standard SizesDrawn Annealed

Type K Green ASTM B 88

Potable Water, HVAC, Solar Systems, ChilledWater, Fire Sprinkler, Compressed Air, Natural Gas, LP Gas, Fuel Oil

Straight Lengths1/2" to 2" 20 ft. 20 ft.

Coils

1/2" to 1"60 ft.100 ft.

1-1/4" to 1-1/2" 60 ft.

2"40 ft.45 ft.

Type L Blue ASTM B 88

Potable Water, HVAC, Solar Systems, ChilledWater, Fire Sprinkler, Compressed Air,Natural Gas, LP Gas, Fuel Oil


Coils

1/2" to 1"60 ft.100 ft.

1-1/4" to 1-1/2" 60 ft.

2"40 ft.45 ft.

Type M* Red ASTM B 88

Potable Water, HVAC, Solar Systems, ChilledWater, Fire Sprinkler,Compressed Air, Fuel Oil


Coils

1/2" to 1"60 ft.100 ft.

1-1/4" to 1-1/2" 60 ft.

2"40 ft.45 ft.

*Type M copper tubing may be installed in fuel oil systems but is commonly not allowed for natural and liquid propane gas systems. Consult local codes prior to the installation of ProPressG fittings.

Table 15.3: Technical data and product range

Nominal or

Standard Size

NominalOD

Nominal Wall Thickness

Type K Type L1/2" 0.625 0.049 0.0403/4" 0.875 0.065 0.0451" 1.125 0.065 0.050

1-1/4" 1.375 0.065 0.0551-1/2" 1.625 0.072 0.060

2" 2.125 0.083 0.070

Table 15.4: Wall thickness of coppertubing (ASTM B 88)


35

1/2 - 85 psi. The Smart Connect feature test is not a substitute for local code required pressure testing. The final pressure test is to be carried out in

accordance with local codes.

15.5 Press Connections

The pressing process provides asimple, safe and reliable means ofconnecting copper tubing for fuel gas systems with ProPressG fittings as shown in figure 15.2.

15.6 The Connection Process

The pressing process produces apermanent joint between the pressfitting and the tubing in a matter ofseconds. For ProPressG fittings 1/2" to 2", this is achieved by creatin g a hexagonal indentation in front of and behind the HNBR sealing element on the press fitting. At the same time, the pressing process reshapes the fitting to encapsulate the sealing element (Fig. 15.3). This technology ensures a permanent connection.

Figure 15.1: Smart Connect feature in ProPressG 1/2" to 2" fittings.

Figure 15.2 ProPressG connection for 1/2" to 2" before and after the pressing process.

Figure 15.3: Cross-section through aProPressG connection after pressing


36


37


38


39


40


41


42


43


44


45


46

16.1 Clearance Requirements

Minimum clearance requirementsfor the pressing process

The minimum clearance requiredbetween two tubes and between thetubing and any permanent structuremust be taken into consideration.The minimum allowable values arespecified in Tables 16.1 and 16.2.

Minimum clearance requirementsfor the pressing process in front ofand behind structural components

When press connections areperformed directly in front of orbehind penetrations in walls/floors,adequate space must be available forthe RIDGID pressing tools. Theminimum space requirements arelisted in Table 16.3.

Minimum clearance between twopress connections

To ensure proper sealing of the pressconnections, the minimum spacingbetween press connections must bemaintained (see Table 16.4).

Note: For installations where theminimum distance is 0, it isparticularly important to ensure thecorrect insertion depth of the tubinginto each fitting.

a

b

Table 16.1: Space requirements forpress jaws between tubes

Tube O.D. A BØ inch (mm) inch (mm)

1/2" 3/4 (19) 1-5/8 (41)3/4" 7/8 (22) 2-1/8 (54)1" 1 (26) 2-1/2 (64)

1-1/4" 1-1/8 (29) 2-7/8 (73)1-1/2" 1-3/4 (45) 3-1/2 (89)

2" 2 (51) 4-3/8 (111)

16. INSTALLATION REQUIREMENTS

TubeSize

Minimum space requirement, amin for press tools

CT400Press Toolinch (mm)

320-E BatteryPress Toolinch (mm)

1/2" to 2" 1-3/4 (45) 2 (50)

amin

Table 16.3: Space requirements forpress tools when making connections in front of/behind penetrations in walls/floors

Tube O.D. A B C

Ø inch (mm) inch (mm) inch (mm)

1/2" 7/8 (22) 1-3/8 (35) 2-1/2 (64)

3/4" 1 (26) 1-1/2 (38) 2-1/2 (64)

1" 1-1/8 (29) 1-3/4 (45) 3 (76)

1-1/4" 1-1/4 (32) 2-1/4 (73) 3-1/8 (80)

1-1/2" 1-7/4 (48) 2-1/2 (64) 3-3/4 (95)

2" 2-1/8 (54) 3-1/8 (80) 5 (127)

a

c

b

Table 16.2: Space requirements forpress jaws between pipe and wall/floor structure

16.2 Protection of Tubing

When copper tubing for fuel gaspiping systems is run through studsor joists, the tubing must beprotected from the possibility of aninadvertent nail puncture when thetubing is located within 1-3/4" ofthe finished wall. See Figure 16.1 formore information. Safety plates mustbe a minimum of 18 gauge inthickness and must be installed toprotect the tubing from punctures.Safety plates are premanufacturedand available from variouscompanies. Copper tubing installedvertically through partition walls mustnot be supported within the wallspace except at the floor or ceiling.

Safety plates must be AGA approved striker plates of steel pipe of at least .0508" thick and extended a minimum of 4" beyond concealed penetrations of floor/ceiling. Plates must be installed to protect the tubing. Tubing installed at right angles or

Outer Diameter (inch)

Minimum clearance a inch (mm)

1/2 0 (0)

3/4 0 (0)

1 0 (0)

1-1/4 7/16 (11)

1-1/2 5/8 (16)2 3/4 (19)

a

Table 16.4: Minimum spacing between press connections


47

diagonal to the joists may be installed through holes drilled through the center of the joists. These holes must be a minimum of 1-1/2 times the O.D. of the tubing. See Table 16.5 for more information. This is to permit the movement of the appliance.

When connecting a copper tubing fuel gas piping system to a steel pipe, cast bronze ProPressG fittings must be used. These bronze fittings provide protection from galvanic action.

16.3 Appliance Stub Out

Appliance stub outs are created by the installer using standard ProPressG fittings. The assembly is attached to a stud using standard tubing hangers for structural support. This provides a fixed point to attach a shut-off valve and flexible appliance connector. Stub out between floor and ceiling must be supported and protected.

Copper tubing may connect directly to appliances that do not vibrate and are not portable. For example, copper tubing can connect directly to a furnace, boiler, or water heater. For connections to dryers or stoves, a flexible connector must be installed between the copper tubing and the appliance. A gas shut-off valve is required to be located within 6 feet of the appliance served. A union fitting must be installed between the shut-off valve and the appliance.

16.4 Tubing Hangers

Tubing hangers perform two functions. The first function is to provide support for the tubing system. The second function is to guide the tubing during expansion and contraction changes in the length of the tubing due to changes in temperature. Standard tubing clamps can be used to support the tubing.

Table 16.6 specifies standard hanger spacing. There are two main types of hangers. One type is a rigid hanger used to secure the tubing and not allow movement in any direction. The other type is a sliding hanger. This type of hanger allows axial

Minimum Hole Dimensions

Tubing Size OD Hole Size

1/2" 5/8" 1"

3/4" 7/8" 1-3/8"

1" 1-1/8" 1-3/4"

1-1/4" 1-1/2" 2-1/4"

1-1/2" 1-5/8" 2-1/2"

2" 2-1/8" 3-1/4"

Table 16.5 Minimum drill hole dimensions

Figure 16.1: Typical appliance stub out


48

movement of the tubing. However, all systems must be installed per local code requirements.

Tubing should be supported with pipe hooks, metal pipe straps, bands, brackets, or hangers suitable for the size of tubing. Tubing supports should be located at intervals to prevent or damp out excessive vibration. When connecting to equipment, tubing should be anchored to prevent undue strains on connection. Tubing cannot be supported by other tubing.

Hangers and supports must conform to the requirements of ANSI/MSSP 58, pipe hangers and supports, materials, design and manufacture. Supports, hangers and anchors are to be installed in a manner that does not interfere with the free expansion and contraction

≥ 4"

Figure 16.2: Spacing for sliding tubehanger

of the tubing. All parts of the support equipment need to be designed and installed, not to disengage by movement of the supported tubing.

Sliding hangers must be positioned so that they cannot unintentionally become rigid hangers when the system is in use. Fig. 16.3 shows a sliding tubing hanger that becomes a rigid hanger with spacing in excess of 10".

16.5 Cutting Tubing

Copper tubing can be cut to length with a tubing cutter or a fine-toothed metal saw. It is not acceptable to cut the tubing with an abrasive cutting wheel or torch. The tubing ends must be deburred both on the inside and outside prior to insertion into the press fitting.

16.6 Threaded Adapter

Copper tubing can be cut to length with a tubing cutter or a fine-toothed metal saw. It is not acceptable to cut the tubing with an abrasive cutting wheel or torch. The tubing ends must be deburred both on the inside and outside prior to insertion into the press fitting. The threaded end should be attached before the press end.

Nominal TubeSize (Inches)

Copper Tube Max.

Span (Feet)

Min. Rod Diameter(Inches)

Up to 3/4 5 3/8

1 6 3/8

1-1/4 7 3/8

1-1/2 8 3/8

2 8 3/8

Table 16.6: Hanger Spacing

16.7 Pressure Testing

The pressure testing of installedtubing is to be completed inaccordance with local codes or in the absence of local codes in accordance with NFPA 54 or NFPA 58 respectively.

16.8 Tubing Exposed to Freezing Temperatures

In fuel gas systems, ProPressG canbe installed in ambient temperaturesdown to -40° F.

16.9 Concealed Spaces

ProPressG has been examined to the constructional and performancecriteria in the CSA requirement LC-4 and was found acceptable. Specific performance tests were conducted to evaluate the fittings for use in concealed locations. See pages 36 through 42.

16.10 Underground Installations

ProPressG and copper tubing is approved for underground installations. However, any installations must meet all state and local codes, including those for underground.

Proper authorization must be obtained prior to underground installation.

16.11 Identification

Copper tubing for gas service must be continuously marked in order to ensure that it is not mistaken for any other type of service. This is a very important safety measure that must always be completed before introducing gas into the system. This marking, however, is not required for the tubing in the room in which gas-fired appliances are located. Copper tubing is available from some manufacturers with a yellow covering indicating that the tubing is gas tubing. Labels are also readily available and can be added to the tubing indicating that the system is a fuel gas piping system. See Table 16.7 pipe marking guide.

Figure 16.3: Spacing for sliding tube hanger

Figure 16.4: Threaded Adapter


49

Specific identification must meet therequirements of the applicable localcodes. Each system, however, mustbe clearly marked with appropriatelabels to identify that it is a gassystem, the type of the system (lowpressure, elevated pressure) and forelevated pressure systems, thesystem delivery pressure.

The low pressure system can use the label shown in Figure 16.7 while the high pressure system can use markings similar to that shown in Figure 16.8. Labels should be affixed to the tubing on both sides of a wall, floor, or partition, at all changes in direction and at maximum 6' intervals throughout the length of the tube runs. Figure 16.9 shows a typical system label tag. This type of tag can be used for marking valves and other accessory items in the piping system.

Guide to the ANSI A13.1 Standard for the Identification of Pipes

Material Properties Typical Applications Letter Color on Field Color

Inherently Hazardous Materials, Extreme Pressure

or TemperatureRadioactive

Corrosive or CausticToxic or Creates Toxic Gas

Explosive or Flammable

Fuel Gas, Natural Gas, Liquefied Petroleum, Propane, Butane, Fuel Oil, Boiler Blow

Down, Boiler Drain, Boiler Feed Water, Glycol,

Condensate, Low Pressure Steam, Non-Potable Water,

Vacuum

Pipe O.D. Including Covering Minimum Length of Label Field Color

Minimum Height of Letters

3/4" to 1-1/4" 19 mm to 32 mm 8" 203 mm 1/2" 13 mm

1-1/2" to 2" 38 mm to 51 mm 8" 203 mm 3/4" 19 mm

2-1/2" to 4" 64 mm to 108 mm 12" 305 mm 1-1/4" 32 mm

Table 16.7 Pipe marking guide

Black On Yellow

Marker Placement:

• Near valves, flanges and changes in direction.

• At both sides of ceiling, wall, or floor penetrations.

• At any line entry point.

• At frequent intervals on straight runs, typically every 6'.

• Locating pipemarkers so they are visible from the point of normal approach.

• Providing arrows at one or both ends of the label to indicate direction of flow.

Note: This guide is for general information purposes only. Pipe Markings shall be in accordance with project specifications, or in the absence of project specifications, in accordance with local code requirements.

NATURAL GAS

2 lb. PRESSURENATURAL GAS

IMPORTANT

2 lb. PRESSURE

NATURAL GAS

Figure 16.7 Pipe label for low pressure gas

Figure 16.9 Pipe tag for small dimension tubing and system accessories

Figure 16.8 Pipe label for high pressure gas


50

16.12 Installation Instructions

For Types K or L Hard Copper Tubing in 1/2" to 2" and Soft Copper Tubing in 1/2" to 1-1/4".

Read and understand all instructions for installing ProPress fittings. Failure to follow all instructions may result in extensive property damage, serious injury, or death.

Note: Tubing shall be free of surface imperfections.1. Cut copper tubing at right angles (using displacement type cutter or fine-toothed steel saw.2. Debur tubing on inside and outside to prevent cutting fitting seal.3. Check seal for correct fit. Do not use oils or lubricants. Use only ProPress Yellow HNBR Elements.4. While turning slightly, slide press fitting onto tubing to the fitting stop. Note: End of tubing must contact stop5. Mark insertion depth.6. Insert the appropriate jaw into the pressing tool and push in holding pin until it locks into place.7. Open the jaw and place at right angles on the fitting. Visually check insertion depth using mark on tubing.8. Start pressing process and hold the trigger until the jaw has engaged the fitting.9. After pressing, the jaw can be opened again.

Pressure Testing: Pressure testing is to be carried out in accordance with local codes. The Smart Connect® Feature provides quick and easy identification of unpressed connections during the pressure testing process. Unpressed connections are

located by pressurizing the system with a maximum pressure range of 1/2 – 85 psi for gases and 15 – 85 psi for liquids. The SC Feature is a special indentation in 1/2" to 2" dimensions located on the inside surface of the fitting near the sealing element. This indentation assures leakage of liquids and/or gases from inside the system past the sealing element of an unpressed connection. The indentation is removed during the pressing process creating a leak-free, permanent connection.

2 3 41 5

6 6a 7 8 9

The following standards, codes and instructions should be followed when installing ProPressG Fittings for fuel gas.• The installation shall be made in accordance with local codes

or in the absence of local codes, in accordance with the National Fuel Gas Code, NFPA 54, the LP- Gas Code NFPA 58, as applicable.

• For use with type K or L copper tubing, drawn copper from 1/2" to 2" and annealed copper from 1/2" to 1-1/4". All copper must be in compliance with ASTM B88

• The fittings are for use with fuel gases only and are intended for operating pressure specified (maximum 125 psi).

• Undue stress or strain on the fittings and the tubing is to be avoided.• Concealed tubing and fittings shall be protected from puncture threats.• If the installation requires components in addition to those supplied by the fitting

manufacturer, those components shall be specified. The instructions shall state that only the components provided or specified by the manufacturer are to be used in the installation.

• The fitting/tubing system shall not be used as a grounding electrode for an electrical system.• The inspection, testing and purging of the installation shall be performed using procedures

specified in Part 4 of the National Fuel Gas Code, ANSI Z223.1, The LP-Gas Code NFPA 58, section 3.2 – 10 as applicable, or in accordance with the requirements of the applicable local codes.

• For use with natural, propane, mixed and manufactured gases in the vapor state, not in the liquid state.

• The fitting/tubing system shall not be used as a means of support.


51

17. SYSTEM DESIGN AND SIZING

17.1 System Design

ProPressG fittings and copper tubingmay be used in any fuel gas pipingsystems where the quality of the fuelgas has less than or equal to 0.3grains of hydrogen sulfide per 100standard cubic feet of gas (0.7milligrams per 100 liters). Informationregarding fuel gas quality may beobtained from the local gas supplier.For natural gas, contact the local gasutility. For liquid propane gas, contactthe liquid propane gas supplier.Viega manufactures a full line ofProPressG fittings ranging from 1/2" to 2". These fittings may be used in fuel gas piping systems, including natural gas and liquid propane gas while using copper tubing.

Fuel gas piping systems are typicallyvery low pressure piping system. Themajority of fuel gas piping systems

inside a building have an operatingpressure of 0.5 psi or less. Codeslimit the maximum pressure of fuelgas piping systems inside thebuilding to 5 psi or less.

Exceptions to this limitation arespecial piping systems for research,industrial processing, warehouses,boiler and mechanical rooms.

The Viega ProPressG fitting system,using copper tubing, is listed by CSA LC-4 for fuel gas pressures up to 125 psi. ProPressG fittings can be used invirtually every fuel gas piping systeminside the building.

ProPressG fittings may be installedabove and below ground, both inside and outside of a building. Because copper tubing is a corrosion resistantmaterial, copper tubing may beinstalled underground with ProPressG

connections also installed underground. Copper tubing may also be installed underground from the source to the building, meter, or regulator.

Using good engineering practices, aProPressG system can be designedusing the smallest allowable size oftubing that will supply gas to theappliance at the required volume andpressure. For a single-family dwelling, the gas company will frequently install the meter outdoors and terminate itsfacilities with a 1" NPS(Nominal Pipe Size) threadedconnection outside the building.

The transition to copper tube can be made at that point. Care should be taken to ensure that the copper tube is not used to support the meter. This can be accomplished by anchoring the meter to the exterior wall. Some gas companies will set the meter with a

Figure 17.1: Typical Branch Piping


52

brace or bracket and run copper tube through to the outside allowingservice personnel to be aware that itis a semi-rigid system and damagecan be avoided.

The connection between the steelsystem and copper system does notcreate a corrosion concern if theconnection is made in a dry locationor a location that does not allowmoisture to collect at the connection.The absence of continuous moistureprevents the occurrence of galvanicaction and subsequent corrosion ofthe steel pipe.

There are two basic types of fuel gaspiping layouts for residentialapplications. One method includes agas main run through the buildingwith branch pipes running from themain to supply gas to the variousappliances. The other is a home runsystem with individual runs to eachappliance from a gas distributionmanifold installed between the meterand the appliances. Depending on the

Figure 17.2: Typical manifold and individual runs

building being supplied, a combination of these two systems may also be used.

A low pressure house layout withbranch piping is shown in figure 17.1. A low pressure house layout with individual runs is shown in Figure 17.2.

17.2 System Sizing

Fuel gas piping system using coppertubing with ProPressG fittings maybe sized using Tables 17.1 through 17.9. The tables are intended to be used when sizing in accordance with the longest length method. The first step in sizing is to determine theappropriate table to use when sizingthe fuel gas piping system. Tables 17.1 through 17.7 are sizing tables fornatural gas. Tables 17.8 and 17.9 aresizing tables for liquid propane gas.

The headings in the table indicate theinlet gas pressure, the pressure dropand the specific gravity. The gasprovider or utility will identify what

gas pressure and pressure drop touse for sizing a fuel gas pipingsystem utilizing their fuel gas.

Once the proper table is selected, the longest length method of sizing is determined by measuring the distance from the point of delivery (gas meter or second stage regulator) to the most remote appliance connection.

This distance will establish the length of the piping system when determining the pipe size.

Reading the values across the row forthe length of the piping systemindicate the cubic feet per hour of gasthat will flow for a given pipe size.

The copper tubing is sized based onthe total load of the system for eachsection of the fuel gas piping system.When a branch piping system isinstalled, the longest length methodof sizing allows the branches to besized independently of the main runsof piping.


53

The main runs of piping are still sized based on the longest length and total load method. Each branch can then be individually sized.

The length of piping to apply when using the table is the length of piping from the point of delivery to the mostremote appliance in the branchincluding both horizontal and vertical piping.

FurnaceWater Heater

Range

Dryer

Grill

Fireplace

Gas MeterShut-offValve

FurnaceWater Heater

Range

Dryer

Grill

Fireplace

Gas MeterShut-offValve

Figure 17.3 Typical residential piping layout with branch runs

Figure 1 7.4 Typical residential piping layout with manifold and individual runs.


54

Gas Natural

Inlet Pressure 0.5 PSI or less

Pressure Drop 0.3 inch WC

Specific Gravity 0.60

Table 17.1Copper Tubing


Gas Natural




TUBE SIZE (in.)

Nominal K & L 1/2 3/4 1 1-1/4 1-1/2 2

Length (ft) Maximum Capacity in Cubic Feet per Hour

10 85 210 448 806 1,271 2,646

20 58 144 308 554 873 1,819

30 47 116 247 445 701 1,461

40 40 99 211 381 600 1,250

50 35 88 187 337 532 1,108

60 32 79 170 306 482 1,004

70 29 73 156 281 443 924

80 27 68 145 262 413 859

90 26 64 136 245 387 806

100 24 60 129 232 366 761

125 22 53 114 206 324 675

150 20 48 103 186 294 612

175 18 45 95 171 270 563

200 17 41 89 159 251 523

250 15 37 78 141 223 464

300 13 33 71 128 202 420

TUBE SIZE (in.)

Nominal K & L 1/2 3/4 1 1-1/4 1-1/2 2


10 111 276 590 1,062 1,675 3.489

20 77 190 406 730 1,151 2,398

30 61 152 326 586 925 1,926

40 53 131 279 502 791 1,648

50 47 116 247 445 701 1,460

60 42 105 224 403 635 1,323

70 39 96 206 371 585 1,218

80 36 90 192 345 544 1,133

90 34 84 180 324 510 1,063

100 32 79 170 306 482 1,004

125 28 70 151 271 427 890

150 26 64 136 245 387 806

175 24 59 125 226 356 742

200 22 55 117 210 331 690

250 20 48 103 186 294 612

300 18 44 94 169 266 554


55

Gas Natural






Gas Natural




Table for sizing tubing from house line regulator to the appliance.

TUBE SIZE (in.)

Nominal K & L 1/2 3/4 1 1-1/4 1-1/2 2


10 162 402 859 1,546 2,437 5,076

20 111 276 590 1,062 1,675 3,489

30 89 222 474 853 1,345 2,802

40 77 190 406 730 1,151 2,398

50 68 168 359 647 1,020 2,125

60 61 152 326 586 925 1,926

70 57 140 300 539 851 1,772

80 53 131 279 502 791 1,658

90 49 122 262 471 742 1,546

100 47 116 247 445 701 1,461

125 41 103 219 394 622 1,295

150 37 93 198 357 563 1,173

175 34 85 183 329 518 1,079

200 32 79 170 306 482 1,004

250 28 70 151 271 427 890

300 26 64 136 245 387 806

TUBE SIZE (in.)

Nominal K & L 1/2 3/4 1 1-1/4 1-1/2 2


10 796 1,974 4,216 7,591 11,968 24,926

20 547 1,357 2,898 5,217 8,226 17,132

30 439 1,089 2,327 4,189 6,605 13,757

40 376 932 1,992 3,586 5,653 11,775

50 333 826 1,765 3,178 5,010 10,436

60 302 749 1,599 2,879 4,540 9,455

70 278 689 1,471 2,649 4,177 8,699

80 258 641 1,369 2,464 3,886 8,093

90 243 601 1,284 2,312 3,646 7,593

100 229 568 1,213 2,184 3,444 7,172

125 203 503 1,075 1,936 3,052 6,357

150 184 456 974 1,754 2,765 5,760

175 169 420 896 1,614 2,544 5,299

200 157 390 834 1,501 2,367 4,930

250 140 346 739 1,330 2,098 4,369

300 126 313 670 1,205 1,901 3,959


56

Gas Natural






Gas Natural




Pipe sizing between point of delivery and the house line regulator. Total load supplied by a single house line regulator not exceeding 150 cubic feet per hour.

TUBE SIZE (in.)

Nominal K & L 1/2 3/4 1 1-1/4 1-1/2 2


10 1,030 2,554 5,455 9,820 15,483 32,247

20 708 1,755 3,749 6,749 10,641 22,163

30 568 1,409 3,011 5,420 8,545 17,798

40 486 1,206 2,577 4,639 7,314 15,232

50 431 1,069 2,284 4,111 6,482 13,500

60 391 969 2,069 3,725 5,873 12,232

70 359 891 1,904 3,427 5,403 11,253

80 334 829 1,771 3,188 5,027 10,469

90 314 778 1,662 2,991 4,716 9,823

100 296 735 1,570 2,826 4,455 9,279

125 263 651 1,391 2,504 3,948 8,223

150 238 590 1,260 2,269 3,577 7,451

175 219 543 1,160 2,087 3,291 6,855

200 204 505 1,079 1,942 3,062 6,377

250 181 448 956 1,721 2,714 5,652

300 164 406 866 1,559 2,459 5,121

TUBE SIZE (in.)

Nominal K & L 1/2 3/4 1 1-1/4 1-1/2 2


10 1,272 3,155 6,739 12,131 19,127 39,837

20 874 2,168 4,631 8,338 13,146 27,380

30 702 1,741 3,719 6,696 10,557 21,987

40 601 1,490 3,183 5,731 9,035 18,818

50 533 1,321 2,821 5,079 8,008 16,678

60 483 1,197 2,556 4,602 7,256 15,112

70 444 1,101 2,352 4,234 6,675 13,903

80 413 1,024 2,188 3,939 6,210 12,934

90 388 961 2,053 3,695 5,826 12,135

100 366 908 1,939 3,491 5,504 11,463

125 324 804 1,718 3,094 4,878 10,159

150 294 729 1,557 2,803 4,420 9,205

175 270 671 1,432 2,579 4,066 8,469

200 252 624 1,333 2,399 3,783 7,878

250 223 553 1,181 2,126 3,352 6,982

300 202 501 1,070 1,927 3,038 6,327


57

Gas Natural


Pressure Drop 3.5 PSI



TUBE SIZE (in.)

Nominal K & L 1/2 3/4 1 1-1/4 1-1/2 2


10 2,144 5,315 11,354 20,441 32,229 67,125

20 1,473 3,653 7,804 14,049 22,151 46,135

30 1,183 2,934 6,267 11,282 17,788 37,048

40 1,013 2,511 5,364 9,656 15,224 31,708

50 898 2,225 4,754 8,558 13,493 28,102

60 813 2,016 4,307 7,754 12,225 25,463

70 748 1,855 3,962 7,134 11,247 23,425

80 696 1,726 3,686 6,636 10,463 21,793

90 653 1,619 3,459 6,227 9,817 20,447

100 617 1,529 3,267 5,882 9,273 19,315

125 547 1,356 2,896 5,213 8,219 17,118

150 495 1,228 2,624 4,723 7,447 15,510

175 456 1,130 2,414 4,345 6,851 14,269

200 424 1,051 2,245 4,042 6,374 13,725

250 376 932 1,990 3,583 5,649 11,765

300 340 844 1,803 3,246 5,118 10,660


58

Gas Undiluted Propane

Inlet Pressure 11.0 inch WC





Gas Undiluted Propane

Inlet Pressure 10 PSI

Pressure Drop 1.0 PSI


Sizing between first stage (high pressure regulator) and second stage (low pressure regulator)

TUBE SIZE (in.)

Nominal K & L 1/2 3/4 1 1-1/4 1-1/2 2


10 188 467 997 1,795 2,830 5,895

20 129 321 685 1,234 1,945 4,051

30 104 258 550 991 1,562 3,253

40 89 220 471 848 1,337 2,784

50 79 195 417 752 1,185 2,468

60 71 177 378 681 1,074 2,236

70 66 163 348 626 988 2,057

80 61 152 324 583 919 1,914

90 57 142 304 547 862 1,796

100 54 134 287 517 814 1,696

125 48 119 254 458 722 1,503

150 44 108 230 415 654 1,362

175 40 99 212 382 602 1,253

200 37 92 197 355 560 1,166

225 35 87 185 333 525 1,094

250 33 82 175 315 496 1,033

275 31 78 166 299 471 981

300 30 74 158 285 449 936

TUBE SIZE (in.)

Nominal K & L 1/2 3/4 1 1-1/4 1-1/2 2


10 2,152 5,335 11,396 20,516 32,347 67,371

20 1,479 3,667 7,832 14,101 22,232 46,303

30 1,188 2,944 6,290 11,323 17,853 37,183

40 1,016 2,520 5,383 9,691 15,280 31,824

50 901 2,234 4,771 8,589 13,542 28,205

60 816 2,024 4,323 7,782 12,270 25,556

70 751 1,862 3,977 7,160 11,288 23,511

80 699 1,732 3,700 6,661 10,502 21,873

90 655 1,625 3,471 6,250 9,853 20,522

100 619 1,535 3,279 5,903 9,307 19,385

125 549 1,361 2,906 5,232 8,249 17,181

150 497 1,233 2,633 4,741 7,474 15,567

175 457 1,134 2,423 4,361 6,876 14,321

200 426 1,055 2,254 4,057 6,397 13,323

225 399 990 2,114 3,807 6,002 12,501

250 377 935 1,997 3,596 5,669 11,808

275 358 888 1,897 3,415 5,385 11,215

300 342 847 1,810 3,258 5,137 10,699

Sizing between single or second stage (low pressure regulator) and appliance.


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©2012, ProPress®, FostaPEX®, GeoFusion®, Seapress® MegaPress®, MegaPressG®, and Viega® are registered trademarks of Viega GmbH & Co. PureFlow®, Smart Connect®, Climate Panel®, Climate Mat®, Climate Trak®, MANABLOC®, Radiant Wizard®, S-no-Ice®, Snap Panel®, XL® and XL-C® are registered trademarks of Viega LLC. MiniBloc™, Rapid Grid™, ProRadiant™, PolyAlloy™, SmartLoop™ and Zero Lead™ are trademarks of Viega LLC; ProPressG™ and ViegaPEX™ are trademarks of Viega GmbH & Co. KG. RIDGID® is a registered trademark of RIDGID, Inc.

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